3. In the circuits shown the diagram below, R1 =30 Q, R2 =40N, R3 =10 Q, and C =200 µF. R, R3 a. At time 0, the capacitor has charge zero. Then the switch S closes and the capacitor charges. Find the...

3. In the circuits shown the diagram below, R1 =30 Q, R2 =40N, R3 =10 Q, and C =200 µF.<br>R,<br>R3<br>a. At time 0, the capacitor has charge zero. Then the switch S closes and the capacitor charges. Find the<br>time constant.<br>b. When S opens, the capacitor discharges. Find the time constant.<br>

Extracted text: 3. In the circuits shown the diagram below, R1 =30 Q, R2 =40N, R3 =10 Q, and C =200 µF. R, R3 a. At time 0, the capacitor has charge zero. Then the switch S closes and the capacitor charges. Find the time constant. b. When S opens, the capacitor discharges. Find the time constant.

Jun 11, 2022

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3. In the circuits shown the diagram below, R1 =30 Q, R2 =40N, R3 =10 Q, and C =200 µF. R, R3 a. At time 0, the capacitor has charge zero. Then the switch S closes and the capacitor charges. Find the...

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